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The temperature will have to fall 5 more degrees to reach freezing point (0 Celsius).
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the temperature at the inner core of the earth is at the high is about 7,000 degrees Celsius.(not more!)According to my calculations (and my science book) the center of the earth is about 5000 Celsius The temperature of the center of the earth is around 12,600 degrees Fahrenheit.The temperature at the centre of the earth is approximately 7,000 degrees celsius :)about 4500 degrees Celsius
Celsius or KelvinThe metric unit for temperature is the Kelvin (symbol: K), which is defined as 1/273.16 of the temperature difference between absolute zero and the triple point of water. The Kelvin (not degrees Kelvin) is mainly used in scientific fields.The degree Celsius (symbol: °C, formerly known as degrees centigrade) is of the same magnitude, but the zero is at 273.15 K. It is more commonly used than Kelvin for everyday usage, for example in weather forecasts and room temperature. It is not the official metric unit of temperature, but is accepted for use with the metric system due its close links with the Kelvin.Read more: What_is_the_metric_unit_for_temperature
No, water is most dense at 4 degrees Celsius. As water is heated from 4 degrees Celsius to 100 degrees Celsius, it becomes less dense. At 100 degrees Celsius, water is in its liquid state and less dense compared to when it is colder.
Ice becomes more slippery at 0 Celsius because at this temperature, a thin layer of water forms on the surface of the ice due to heat energy from friction created by pressure when walking. This layer reduces the friction between the ice and the object (like a shoe sole) making it more slippery. At -10 Celsius, this layer of water is less likely to form as the ice remains colder, providing more friction and making it less slippery.
The temperature will have to fall 5 more degrees to reach freezing point (0 Celsius).
Yes, 16 degrees Celsius is colder than 19 degrees Celsius as the higher the temperature value, the warmer it is.
25degres celsius has more thermal energy
The basic unit is Kelvin, which is a measure of thermodynamic temperature. Based on this unit, the more common unit is degrees Celsius.
If I'm not wrong, it should be 0 degrees Celsius.
*This is more likely to ask 98.7 degrees Fahrenheit (a body temperature) in Celsius (37.05 °C). However, 98.7°C is equal to 209.66°F The conversion formula is Fahrenheit temperature = (9/5 x Celsius temperature)+ 32
Aruba's weather in February is pleasant. The average temperature is 80 degrees Fahrenheit [27 degrees Celsius]. The average high temperature is 87 degrees Fahrenheit [31 degrees Celsius]. The average low temperature is 76 degrees Fahrenheit [24 degrees Celsius].The record high temperature in February is 91 degrees Fahrenheit [33 degrees Celsius]. The record low temperature in February is 69 degrees Fahrenheit [21 degrees Celsius].The average rainfall in February is 0.75 inches [1.9 centimeters].For more information on Aruba weather averages, please visit the link provided below.
At approximately -12.3 °F the equivalent temperature in Celsius is -24.6 °C. This is the only temperature at which the value of the temperature in Celsius is double that of the equivalent Fahrenheit temperature. To be more precise, the temperatures are -12 4/13 °F and -24 8/13 °C.
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Mercury, the closest planet to the sun, fluctuates in temperature more than any other planet. During the day, its temperature can reach 800 degrees Fahrenheit (430 degrees Celsius), and during the night, its temperature can drop to -280 degrees Fahrenheit (-170 degrees Celsius). This is a drop of about 1,080 degrees Fahrenheit (600 degrees Celsius).
The average temperature in March in Aruba is 80 degrees Fahrenheit [27 degrees Celsius]. The average high temperature in March is 87 degrees Fahrenheit [31 degrees Celsius]. The average low temperature in March is 76 degrees Fahrenheit [24 degrees Celsius]. The average number of days above 85 degrees Fahrenheit [29 degrees Celsius] in March is 27.For more weather averages, go to http://www.arubabound.com/weather/average.htm.